def test_get_instance():
print("test get instance...")
i1 = EQSN.get_instance()
i2 = EQSN.get_instance()
assert i1 == i2
i1.stop_all()
i2.stop_all()
print("Test succesfull")
def test_measure():
q_sim = EQSN.get_instance()
_id = str(10)
q_sim.new_qubit(_id)
res = q_sim.measure(_id)
assert res == 0
q_sim.stop_all()
def test_x_gate():
q_sim = EQSN.get_instance()
id = str(10)
q_sim.new_qubit(id)
q_sim.X_gate(id)
res = q_sim.measure(id)
print("measured " + str(res))
assert res == 1
q_sim.stop_all()
def test_H_gate():
q_sim = EQSN.get_instance()
id = str(10)
q_sim.new_qubit(id)
q_sim.H_gate(id)
q_sim.H_gate(id)
res = q_sim.measure(id)
assert res == 0
q_sim.stop_all()
def test_S_gate():
q_sim = EQSN.get_instance()
_id = str(11)
q_sim.new_qubit(_id)
q_sim.H_gate(_id)
q_sim.S_gate(_id)
q_sim.S_gate(_id)
q_sim.H_gate(_id)
res = q_sim.measure(_id)
assert res == 1
q_sim.stop_all()
def test_epr_creation():
q_sim = EQSN.get_instance()
id1 = str(1)
id2 = str(2)
q_sim.new_qubit(id1)
q_sim.new_qubit(id2)
q_sim.H_gate(id2)
q_sim.cnot_gate(id1, id2)
m1 = q_sim.measure(id1)
m2 = q_sim.measure(id2)
assert m1 == m2
q_sim.stop_all()
def test_S_gate():
q_sim = EQSN.get_instance()
id = str(11)
q_sim.new_qubit(id)
q_sim.H_gate(id)
q_sim.S_gate(id)
q_sim.S_gate(id)
q_sim.H_gate(id)
res = q_sim.measure(id)
print("measured %d." % res)
assert res == 1
q_sim.stop_all()
def test_epr_creation():
q_sim = EQSN.get_instance()
id1 = str(1)
id2 = str(2)
q_sim.new_qubit(id1)
q_sim.new_qubit(id2)
q_sim.H_gate(id2)
q_sim.cnot_gate(id1, id2)
m1 = q_sim.measure(id1)
m2 = q_sim.measure(id2)
print("measured %d and %d." % (m1, m2))
assert m1 == m2
print("Test was successfull!")
q_sim.stop_all()
def tearDownClass(cls):
EQSN.get_instance().stop_all()
def test_get_instance():
i1 = EQSN.get_instance()
i2 = EQSN.get_instance()
assert i1 == i2
i1.stop_all()
i2.stop_all()
def __init__(self):
self._hosts = EQSNBackend.Hosts.get_instance()
# keys are from : to, where from is the host calling create EPR
self._entaglement_qubits = EQSNBackend.EntanglementIDs.get_instance()
self.eqsn = EQSN.get_instance()